draft:
To: Andrew Mallon
Corporation Counsel
1600 City-County Building
200 E Washington St 46204
From: Robbin Stewart
Re: Notice of tort claim filed circa 11/1/2016.
Hello. I'd like you, or one of your staff, to review the tort claim I filed after I was denied the right to vote for President Trump at the primary election, and then review the letter corporation counsel sent in response. It is my understanding the person who drafted that letter no longer works there.
The letter shows an inadequate grasp of Crawford v Marion County.
I think you will see the problems with the letter.
On the other hand if you prefer to ratify the letter with no changes, that is an option.
At http://www.youtube.com/arbivark, I have video of the incident where the poll workers did not let me vote. Please give it a look. Specifically https://www.youtube.com/watch?v=jKfH1OwOLtQ&list=PLNesRy31jXibfw1-cZ_w6ziFbyfxZkKrO is the playlist.
Friday, February 16, 2018
to: Michael E. Toner
202.719.7545 | mtoner@wileyrein.com
Re: Lee Goodman rejoining Wiley Rein
I am Robbin Stewart. I am seeking representation in a dispute with the FEC over disclaimers on my blog at http://ballots.blogspot.com. The blog's masthead includes the text "Andy Horning for Senate".
There is no disclaimer. I believe this is sufficient to give me standing to challenge FEC disclaimer policies. I have previously raaise these issues at the state level in Stewart v Taylor and Majors v Abell. I have not
202.719.7545 | mtoner@wileyrein.com
Re: Lee Goodman rejoining Wiley Rein
I am Robbin Stewart. I am seeking representation in a dispute with the FEC over disclaimers on my blog at http://ballots.blogspot.com. The blog's masthead includes the text "Andy Horning for Senate".
There is no disclaimer. I believe this is sufficient to give me standing to challenge FEC disclaimer policies. I have previously raaise these issues at the state level in Stewart v Taylor and Majors v Abell. I have not
Mission: Innovation for a Safer World
Manipulating atoms to build better satellites. Coding computer data onto particles of light. Finding ways to conserve and protect the world's power supply.
It's hard science that's expanding the frontiers of knowledge, and it's what happens in Raytheon's research and development labs.
Raytheon is a go-to contractor for the Defense Advanced Research Projects Agency and other government departments. Its world-renowned scientists do research and prototyping for commercial customers as well.
We draw the brightest minds and give them work that excites them, producing patents, academic papers and inventions that are pushing the limits of science. Here are just a few of the emerging technologies we work in:
Our innovators deal in billionths of meters, zooming in on single molecules and atoms and creating new substances to replace expensive, exotic materials for systems such as satellites and infrared sensors.
Modern technology can turn anything into data. And that, in turn, can turn anything into an unintelligible mess of megabytes. Raytheon's computer scientists are developing ways to make sense of all the 1s and 0s, gleaning meaningful insight and helping people make decisions.
Raytheon BBN Technologies has been a leader in speech and language technologies for nearly five decades. Since demonstrating the first real-time, large-vocabulary, speaker-independent continuous speech recognition capability we have continued to pioneer breakthroughs in speech and language technologies that span domains and media, including:
- Speech recognition
- Machine translation
- Information retrieval from speech or text
- Summarization
- Language identification
- Natural language processing
Our expertise across this range of technologies allows us to create powerful solutions that eliminate language barriers and deliver the information our customers need.
ADDITIONAL RESOURCE
RELATED LINKS
Raytheon PatentsFEATURED NEWS
Mission: Innovation for a Safer World
Manipulating atoms to build better satellites. Coding computer data onto particles of light. Finding ways to conserve and protect the world's power supply.
It's hard science that's expanding the frontiers of knowledge, and it's what happens in Raytheon's research and development labs.
Raytheon is a go-to contractor for the Defense Advanced Research Projects Agency and other government departments. Its world-renowned scientists do research and prototyping for commercial customers as well.
We draw the brightest minds and give them work that excites them, producing patents, academic papers and inventions that are pushing the limits of science. Here are just a few of the emerging technologies we work in:
Our innovators deal in billionths of meters, zooming in on single molecules and atoms and creating new substances to replace expensive, exotic materials for systems such as satellites and infrared sensors.
Modern technology can turn anything into data. And that, in turn, can turn anything into an unintelligible mess of megabytes. Raytheon's computer scientists are developing ways to make sense of all the 1s and 0s, gleaning meaningful insight and helping people make decisions.
Raytheon BBN Technologies has been a leader in speech and language technologies for nearly five decades. Since demonstrating the first real-time, large-vocabulary, speaker-independent continuous speech recognition capability we have continued to pioneer breakthroughs in speech and language technologies that span domains and media, including:
- Speech recognition
- Machine translation
- Information retrieval from speech or text
- Summarization
- Language identification
- Natural language processing
Our expertise across this range of technologies allows us to create powerful solutions that eliminate language barriers and deliver the information our customers need.
ADDITIONAL RESOURCE
RELATED LINKS
Raytheon PatentsFEATURED NEWS
Mission: Transform Training
Preparing troops for battle. Keeping oil rig workers safe. Helping businesses expand their abilities.
With decades of experience and cutting-edge technologies, Raytheon delivers training solutions that help a wide range of government, military and commercial customers build and maintain a world-class workforce.
From soldiers to automotive technicians to oil and gas exploration professionals, we train specialists for high-consequence, high-risk tasks. Our training professionals administer more than 2 million learning events annually, in 100+ countries and 28 languages.
Our smart solutions create smarter people, delivering value without boundaries to customers today and years down the road.
Learn more about our training capabilities:
When Brian Balukonis arrived at Raytheon in 1985, "sustainability" was not part of his vocabulary, and the environmental community was not focused on solid waste reduction and recycling. But, as an avid outdoorsman who loves rock climbing and fly-fishing, he saw an opportunity to make a difference through environmental stewardship. Thanks to his tireless efforts, Raytheon's Integrated Defense Systems in Tewksbury, Massachusetts, became the first certified Zero Waste site in New England and the first Zero Waste site for the aerospace and defense industry in the country. In 2016, Raytheon had six Zero Waste sites in New England diverting more than 90 percent of their waste from incineration and landfill.
"Zero waste aligns well with who I am personally and with my values," Balukonis says. "I'm all about looking for ways to reuse waste, recycle, and repurpose. We live on a small organic farm and live off the land. We grow our own vegetables and fruits, have a huge canning facility in our basement and do lots of composting. When we expanded our garden to put in an orchard, I did it all by hand to reduce the carbon footprint."
Balukonis started Raytheon's first established solid waste recycling program back in 1990 with white paper recycling. In 2006, the Andover plant held an annual mission assurance day with a barbecue lunch for 4,000 people. Balukonis turned the barbecue into the company's first zero-waste event, replacing all disposable supplies with compostable ones and setting up a one-day compost program so there would be no trash at end of the day.
In 2003, Balukonis worked on the company's first resource management agreement for solid waste, a program that's added significant bottom-line value.
He also contributed to an electronic-waste agreement that's returning over a hundred thousand dollars annually to Raytheon. The company's partner cleans, wipes and refurbishes electronics, provides credits for this equipment, and then shreds and recycles the leftovers.
Balukonis is proud that Raytheon has embraced a program that's so good for the company — and for the planet. Today, Raytheon recycles more than 11,000 tons of waste each year.
"Our management team recognized its importance and has committed the resources," Balukonis said. "We're emulating sustainable natural cycles so discarded materials can be resources for others to use."
In recent years, we've taken steps to incorporate sustainability principles into our supply chain management processes. We've integrated sustainability content into our source selection documents, into certain supplier assessment tools, and into many of our suppliers' quarterly business reviews. Raytheon has also worked with our office supply partner to procure eco-friendly materials including products that contain recycled content.
Measuring Success
One of Raytheon's 2020 goals is to obtain sustainability commitments from 90 percent of certain preferred suppliers. To measure their commitment, we determine whether they have two or more sustainability goals that align with Raytheon's 2020 sustainability goals. In 2016, our initial supplier survey determined that 22 percent had two or more sustainability goals aligned with ours. To reach our 90 percent goal, we will communicate with our supply chain about the importance of sustainability and encourage them to consult our online supplier resource, “Doing Business with Raytheon.”
One of Raytheon's 2020 goals is to obtain sustainability commitments from 90 percent of certain preferred suppliers. To measure their commitment, we determine whether they have two or more sustainability goals that align with Raytheon's 2020 sustainability goals. In 2016, our initial supplier survey determined that 22 percent had two or more sustainability goals aligned with ours. To reach our 90 percent goal, we will communicate with our supply chain about the importance of sustainability and encourage them to consult our online supplier resource, “Doing Business with Raytheon.”
Raytheon is also committed to ethical business conduct and the responsible sourcing of materials through our global supply
Across Raytheon, employees embrace a strong waste management program focused on reduction, reuse and recycling wherever possible. As a charter member of the U.S. Zero Waste Business Council, we were the first aerospace and defense company to achieve Zero Waste Certification with six facilities certified.
These facilities diverted at least 90 percent of their waste from landfills and incineration, and sponsored activities in the areas of source reduction, reuse, composting, purchasing of environmentally preferred materials, and participation by employees. We've set a sustainability goal to certify 20 sites by the end of 2020.
Another 2020 sustainability goal is to further increase our waste diversion rate to 82 percent. We've increased the percent of solid waste we divert from landfills and incinerators from 72 percent in 2012 to 77 percent in 2016. In 2016, we recycled or reused over 11,500 tons of solid waste. This included 2,500 tons of metals, 1,230 tons of composted material, 1,620 tons of mixed fiber and 1,700 tons of commingled waste.
In 2016, our large site in El Segundo, California, implemented an innovative recycling and reuse program. Rightcycle, a program managed by Kimberly-Clark Professional, collects previously hard-to-recycle items such as nitrile gloves and single-use apparel. Gloves are then processed into plastic pellets or nitrile powder and subsequently molded into new durable goods such as patio furniture, flower pots and plastic shelving. The program not only diverts gloves for recycling into new eco-responsible products, it also significantly reduces packaging waste by packing more gloves per case. Other benefits include streamlining the glove purchasing process and reducing purchasing costs by approximately 10 percent by consolidating suppliers.
RECYCLING CHAMPION ACHIEVES ZERO WASTE
"I'm all about looking for ways to reuse waste, recycle, and repurpose. We live on a small organic farm and live off the land."
basic idea: purchase 8 acre tract at 16th and arlington in partnership with rayethon.
stage 1: purchase land for environmental preservation reasons and as a buffer, reduce residential encroaching on rayethon site. main reason why: watershed management of pleasant run creek.
stage II : call it rayethon youth nature education center, or,
marion masten crain stewart land trust nature education center. or
r b annis nature education center. or
pasaena science centaur.
have it present hands-on workshops to people in the community about
permaculture, aquaculture, silviculture. water treatment with plants, molluscs, bacteria, worms, fungi.
STEM topics.
The purpose of the nature eucation center is to collaborate to test ideas about improving the water quality of pleasant run, using low cost/no cost biological methods.
Pleasant Run is a tributary of the white river. It is about 10 feet across. It runs through the 8 acre tract at 16th an (pasadena) It is consiered unsafe
A. example: greenhouse, 1000 bristlecone pine seedlings, measure water quality going in an out.
B. example: greenhouse, the creek water flows though beds with freshwater molluscs + crustaceans.
also sunlight. (are there freshwater oysters?)
C. example: water is pumped up a tower or fountain or sculpture, but coming out it turns waterwheels, showing how power can be produced from microgenerators.
outcomes: not net energy gain, but localized extropy for demonstration purposes. art.
teaching about history of energy use such as waterwheels - use hagley museum as a model.
D. example: fungi, the creek water flows through beds innoculated with oyster mushroom mycelium, grows mushrooms, to feed to fish. stamets [paul, ted talk] claims the mycelium is a very effective biofilter for water purification.
outcomes: [test whether] this method produces low cost replicable water filtration and purification via biological methods.
teach young people about mushroom cultivation for learning and profit and eating.
E. example: fishpond in a greenhouse, lets solids settle out a bit, while fish grow. can be solar heated for warmer water depending on species. Because of fish fertilizer, needs to be routed back through the trees, clams etc.
F. example: water flows through a clear glass tube, not tube but tray, so it's no more than 1 inch deep, and in full sunlight, so the ultraviolet helps clean it, at least during the day.
G. Raised beds with cattails and scouring rush/ horsetail. Measure water quality coming in an out.
example: especially in a heavy rain, water flows into pits, to filter back into the stream through the soil.
stage 1: purchase land for environmental preservation reasons and as a buffer, reduce residential encroaching on rayethon site. main reason why: watershed management of pleasant run creek.
stage II : call it rayethon youth nature education center, or,
marion masten crain stewart land trust nature education center. or
r b annis nature education center. or
pasaena science centaur.
have it present hands-on workshops to people in the community about
permaculture, aquaculture, silviculture. water treatment with plants, molluscs, bacteria, worms, fungi.
STEM topics.
The purpose of the nature eucation center is to collaborate to test ideas about improving the water quality of pleasant run, using low cost/no cost biological methods.
Pleasant Run is a tributary of the white river. It is about 10 feet across. It runs through the 8 acre tract at 16th an (pasadena) It is consiered unsafe
A. example: greenhouse, 1000 bristlecone pine seedlings, measure water quality going in an out.
B. example: greenhouse, the creek water flows though beds with freshwater molluscs + crustaceans.
also sunlight. (are there freshwater oysters?)
C. example: water is pumped up a tower or fountain or sculpture, but coming out it turns waterwheels, showing how power can be produced from microgenerators.
outcomes: not net energy gain, but localized extropy for demonstration purposes. art.
teaching about history of energy use such as waterwheels - use hagley museum as a model.
D. example: fungi, the creek water flows through beds innoculated with oyster mushroom mycelium, grows mushrooms, to feed to fish. stamets [paul, ted talk] claims the mycelium is a very effective biofilter for water purification.
outcomes: [test whether] this method produces low cost replicable water filtration and purification via biological methods.
teach young people about mushroom cultivation for learning and profit and eating.
E. example: fishpond in a greenhouse, lets solids settle out a bit, while fish grow. can be solar heated for warmer water depending on species. Because of fish fertilizer, needs to be routed back through the trees, clams etc.
F. example: water flows through a clear glass tube, not tube but tray, so it's no more than 1 inch deep, and in full sunlight, so the ultraviolet helps clean it, at least during the day.
G. Raised beds with cattails and scouring rush/ horsetail. Measure water quality coming in an out.
example: especially in a heavy rain, water flows into pits, to filter back into the stream through the soil.
n 2016, Raytheon won a prestigious Nunn Perry award from the Department of Defense for one such partnership — a mentor/protégé relationship with Mentis Sciences of Manchester, New Hampshire. The award, given by the Department of Defense Office of Small Business Programs, honors participants in the Pentagon's mentor/protégé Program, which aims to help small businesses.
With our guidance, Mentis Sciences successfully addressed a number of its supply chain challenges: integrated technologies, achieved ISO 9000 compliance, established an Enterprise Resource Planning system, assured product conformity, built a company website and met rigorous testing requirements.
Our efforts helped Mentis Sciences secure a designation as a value-added supplier, enabling it to support one of our key defense contracts.
Raytheon also provided strategic support for two additional programs:
One to manufacture custom prosthetic devices for wounded warriors and a local community effort to promote STEM education.
Mentis hired 17 high school students and gave them valuable exposure to its engineering environment. Mentis engineers teach STEM classes on-site, and the company developed a tool kit used to teach engineering principles in local schools. It also recruited and trained veteran volunteers to use this tool kit for classroom experiments. Raytheon helped expand this program‘s reach by donating tool kits to the Legacy Academy Charter School in Florida and to a charter school in Tucson, Arizona.
Managing water supply and water use is critical to ensure human health and the health of the environment. Raytheon does its part by educating employees about indoor and outdoor water conservation, and by adopting technologies and processes that make smarter use of water. These initiatives include:
Around the world, government agencies, customers and other stakeholders are identifying a growing number of materials and substances as "materials of concern" based on health, safety and/or environmental concerns. In addition, several international regulations — including Registration, Evaluation, Authorisation and Restriction of Chemicals in the European Union — now require manufacturers and importers to report substances in their products, including parts that were furnished from suppliers.
Around the world, government agencies, customers and other stakeholders are identifying a growing number of materials and substances as "materials of concern" based on health, safety and/or environmental concerns. In addition, several international regulations — including Registration, Evaluation, Authorisation and Restriction of Chemicals in the European Union — now require manufacturers and importers to report substances in their products, including parts that were furnished from suppliers.
For many years, our engineers have worked with customers, suppliers, government agencies and academia to research safer alternatives that eliminate such materials of concern from our products and processes.
Raytheon is also committed to ethical business conduct and the responsible sourcing of materials through our global supply chain.
Thursday, February 15, 2018
For years, the U.S. Marine Corps Air Station Miramar (pictured — image obtained from Defense Imagery Management Operation Center. The appearance of U.S. Department of Defense visual information does not imply or constitute DoD endorsement) relied on California's power network to keep its large radar systems operational and carry out its vital national security mission. Recently, leaders recognized the need for a reliable backup energy system that could operate independently and sustainably. They turned to Raytheon and our long history of innovations in managing power.
Many of our products incorporate ingenious energy systems. These range from battery packs that can supply entire neighborhoods to electric gun systems that produce enough power to hurl projectiles at seven times the speed of sound.
Raytheon partnered with the U.S. Department of Energy's National Renewable Energy Laboratory and others to develop a microgrid for energy storage that can stash away power from solar panels and other renewable sources. The system relies on Raytheon's Intelligent Power and Energy Management Microgrid Controller to keep electricity flowing while managing renewable sources.
Our energy storage capabilities are also on display at Otis Air National Guard Base in Massachusetts. The base is located on windswept Cape Cod. We're helping it generate revenue from its wind turbine and other local energy sources. We're also consolidating backup power generators to close an area of vulnerability.
"We'll be able to increase the number of buildings that have backup power from 5 to 34, and eliminate the need for several standby generators," said Raytheon engineer Dave Altman. "The economics work because they'll be cutting down on their electricity costs and sending electricity back to the New England grid. The net gain will be several hundred thousand dollars annually."
Our innovative approaches integrate solar panels, fuel cells and advanced batteries into power management solutions.
Raytheon's compact RK10 system supports widespread use of renewable energy, enhances smart power grids, provides power to remote sites and helps resolve power shortages after natural disasters. It includes an inverter, battery storage, power electronics, and cooling, control and monitoring equipment.
A related product, the RK30 improves overall energy reliability, reduces life cycle and generator fuel costs and supports integration of renewable technologies. It significantly reduces generator fuel consumption and allows diesel generation sets to run at optimum power and then shut down for sustained periods. The RK30 also stores renewable energy for optimal use, including during peak and evening hours.
Raytheon also plays a role in keeping power systems safe from cyber attacks. In early 2017, we formed a strategic partnership with Utilidata to deliver the capabilities needed to secure local power distribution systems and other elements of our nation's critical infrastructure. Utilidata brings experience in using real-time data from the electrical grid to detect and respond to cyber attacks, while Raytheon contributes expertise in proactive cyber threat hunting, automation and managed security services.
Raytheon partnered with the U.S. Department of Energy's National Renewable Energy Laboratory and others to develop a microgrid for energy storage that can stash away power from solar panels and other renewable sources. The system relies on Raytheon's Intelligent Power and Energy Management Microgrid Controller to keep electricity flowing while managing renewable sources.
Our energy storage capabilities are also on display at Otis Air National Guard Base in Massachusetts. The base is located on windswept Cape Cod. We're helping it generate revenue from its wind turbine and other local energy sources. We're also consolidating backup power generators to close an area of vulnerability.
"We'll be able to increase the number of buildings that have backup power from 5 to 34, and eliminate the need for several standby generators," said Raytheon engineer Dave Altman. "The economics work because they'll be cutting down on their electricity costs and sending electricity back to the New England grid. The net gain will be several hundred thousand dollars annually."
Raytheon has built our energy, water, greenhouse gas and zero waste programs on innovation, employee engagement, operational enhancements and stakeholder collaboration. We maintain a strong commitment to sustainability by continually raising the bar for conserving natural resources and reducing emissions and waste. In 2016, we set 14 sustainability goals to be achieved by 2020. They span the areas of greenhouse gases, energy, water, solid waste diversion, supplier packaging, renewable energy, materials of concern, and supplier sustainability commitment.
Raytheon channels our engineering expertise to help mitigate environmental impact and reduce our environmental footprint.
Raytheon channels our engineering expertise to help mitigate environmental impact and reduce our environmental footprint.
Our sustainability program aligns with the missions and values of our customers. For example, the U.S. Department of Defense views sustainability as the ability to operate into the future without a decline in either its mission or the natural and man-made systems that support the mission.
Raytheon also sets goals and tracks progress to drive our sustainability program forward. Beginning 2008, we set 15 long-term sustainability goals and achieved virtually all of them by the year-end 2015 deadline.
We established another set of long-term sustainability goals in early 2016, with a 2020 achievement date. The goals address many areas including: energy, greenhouse gases, water, solid waste diversion, supplier packaging, renewable energy, materials of concern and supplier sustainability commitment.
ustomer Tools
Who We Are – Menu
Raytheon works closely with its customers to deliver exactly what they need for each mission.
The following tools require special access. All Non-Raytheon users (Customers, Partners, Suppliers, International, etc.) must complete an online External System Access Request (eSAR) to gain access. A Raytheon Point of Contact must issue an eSAR invitation to the Non-Raytheon user to initiate the account creation. For assistance, please contact the Raytheon IT Service Desk at 877-844-4712 or (international) +1 469-995-2911.
EMEETING SAMETIME SERVERS
Sametime from IBM/Lotus is Raytheon's preferred tool for online meetings and instant messaging.
The eMeeting Sametime servers on Raytheon's extranet are accessible to Raytheon employees and non-Raytheon employees. Use Sametime to host online meetings with suppliers, consultants and people from other companies who are teaming on a project. Use it for such functions as demonstrations by vendors and presentations for symposia which are held outside Raytheon facilities. The eMeeting servers available on Raytheon's extranet include:
CIWS (Close-In Weapon Systems) PBL Automated Requisition Tracking System (PARTS)
The CIWS Performance Based Logistics (PBL) Automated Requisition Tracking System (PARTS) has been developed to provide status on CIWS spare parts. It requires the user to input a valid requisition number and displays status from the shipper's website.
The CIWS Performance Based Logistics (PBL) Automated Requisition Tracking System (PARTS) has been developed to provide status on CIWS spare parts. It requires the user to input a valid requisition number and displays status from the shipper's website.
Common Product Data Management (cPDM)
Common PDM is a cross-functional enterprise database made possible by partnerships across all Engineering, Operations, Supply Chain, and Quality for storing, controlling and managing engineering and production data.
Common PDM is a cross-functional enterprise database made possible by partnerships across all Engineering, Operations, Supply Chain, and Quality for storing, controlling and managing engineering and production data.
Integration and Test Log (ITLog)
ITLog is a web-based application that supports various types of integration, verification, and validation processes. Key features of ITLog include both Failure Reporting Analysis and Corrective Action System (FRACAS) and Trend Analysis tool set.
ITLog is a web-based application that supports various types of integration, verification, and validation processes. Key features of ITLog include both Failure Reporting Analysis and Corrective Action System (FRACAS) and Trend Analysis tool set.
Materials and Processes Engineering (M&PE) including MVL
M&PE is an online database used by Materials and Processes Engineering personnel. It includes MVL which is used by the Materials Verification Lab to store and retrieve information related to the testing of age controlled materials.
M&PE is an online database used by Materials and Processes Engineering personnel. It includes MVL which is used by the Materials Verification Lab to store and retrieve information related to the testing of age controlled materials.
Policies & Procedures
Provides documentation for both Raytheon Missile Systems and Raytheon Corporate Policies & Procedures' websites.
Provides documentation for both Raytheon Missile Systems and Raytheon Corporate Policies & Procedures' websites.
Risk Register
Provides access to the RMS Risk Register tool and offers tracking and reporting capabilities. Risk Management is a systematic approach to identifying, assessing, and handling events that have a potential for causing detrimental consequences. Use this tool to create Risk Review Board Reports, Top 25 charts and waterfall charts.
Provides access to the RMS Risk Register tool and offers tracking and reporting capabilities. Risk Management is a systematic approach to identifying, assessing, and handling events that have a potential for causing detrimental consequences. Use this tool to create Risk Review Board Reports, Top 25 charts and waterfall charts.
Supplier As-Built Submission System (SABSS)
SABSS is an easy to use, electronic method for a supplier to provide their configuration as-built data in support of hardware being built for, and delivered to, Raytheon.
SABSS is an easy to use, electronic method for a supplier to provide their configuration as-built data in support of hardware being built for, and delivered to, Raytheon.
Test Instruction Application (TIA)
TIA contains information about production materials that are subject to expiration including the shelf life, test instructions/requirements, receiving inspection, mix crib inspection, shelf life recertification, elastomer shelf life and material health assessments.
TIA contains information about production materials that are subject to expiration including the shelf life, test instructions/requirements, receiving inspection, mix crib inspection, shelf life recertification, elastomer shelf life and material health assessments.
WEAPON INFORMATION SYSTEM DATA MANAGEMENT
WISDM Access Requirements
Each user must satisfy the following requirements before they can be added to the WISDM Portal:
- Support Summary – What STANDARD Missile program are you working on? What is your compelling business reason for access?
- SM PMO Approval – Based on your Support Summary (from Step #1), you will either be approved for access or declined for lack of need to know.
- User Information Collection Form – Upon PMO approval, the information form will be sent to you by the WISDM Access Administrator.
- U.S. Person Verification – Verification will need to be on file at any Raytheon facility. Classified Visit Requests or current Navy or Raytheon clearances satisfy this requirement. You MUST be a "U.S. Person" to apply for an account. (A "U.S. Person" can be a naturalized U.S. citizen.)
- Remote Access Account and SecurID Card – After you return the User Information Collection Form to the WISDM Access Administrator, you will be processed for an account.
- ITAR Certification Requirement – After you receive a SecurID Card, you will receive instructions to complete the certification and set up your SecurID Token.
To intiate the access request, please send your Support Summary information (from Step #1) to wisdm-access@raytheon.com.
Note: Please allow 2-3 weeks for processing. Actual processing time is determined by response times by you, Raytheon IT Security, and Physical Security (both Navy and Raytheon).
If you have any questions, please send an email to wisdm-admin@raytheon.com.
PATRIOT INFORMATION MANAGEMENT SYSTEM
PIMS Access Requirements
Each user must satisfy the following requirements before they can be added to the PIMS:
- Support Summary Description – the following initial facts are required to begin the Access Request process:
- What Organization or Functional Area are you working on?
- What is your compelling business reason for access?
- Who in your organization is sponsoring your access to PIMS? This information is collected via a PIMS Access Request form (see access request section below).
- PIMS Access Request Form – Upon PMO approval, the Request Form that collects user information, access method – DoD CAC Card or RSA SecurID, and access specifications on PIMS application functional areas will be sent to you by the PIMS Access Administrator.
- PMSC PMO Approval – Based on your Support Summary (from Step #1), you will either be approved for access or declined for lack of need to know.
- Citizenship Verification
- U.S. Person Verification – Verification will need to be on file at any Raytheon facility. Classified Visit Requests or current Army or Raytheon clearances satisfy this requirement. You MUST be a "U.S. Person" to apply for an account. (A "U.S. Person" can be a naturalized U.S. citizen.)
- Non U.S. Person Verification – You will need to provide the Country of data export; the applicable U.S. State Department Export License, Technical Assistance, or Manufacturing License Agreement number.
- Remote Access Account – After you return the PIMS User Access Application Form to the PIMS Access Administrator, you will be processed for an account.
- ITAR Certification Requirement – After you receive your new account, you will receive instructions to complete training in ITAR compliance and set up your new account according to the method of access you have chosen (from Step #2).
To initiate the access request, please send your Support Summary Description (from Step #1) to pims-access@raytheon.com with "PIMS Access Request" in the subject line.
Note: Please allow 2-3 weeks for processing. Actual processing time is determined by response times by you, Raytheon IT Security, and Physical Security (Army and Raytheon).
If you have any questions, please send an email to wisdmhelpdesk@raytheon.com.
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