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CO280 Signs Landmark 3.69 Million Tonne Agreement with Microsoft to Scale-up Carbon Dioxide Removal in the US Pulp and Paper Industry

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VANCOUVER, BC, April 11, 2025 /PRNewswire/ — CO280, a leading developer of large-scale carbon dioxide removal (CDR) projects, today announced a historic offtake agreement with Microsoft from a project that will capture and permanently store biogenic carbon emissions from a U.S. pulp and paper mill. Under the agreement, Microsoft will purchase 3.685 million tonnes of CDR over 12 years. This agreement represents one of the largest engineered CDR purchases to date.

The agreement underscores Microsoft’s confidence in CO280’s approach to scaling permanent CDR by retrofitting existing pulp and paper mills to capture biogenic CO2 from boiler stack emissions for permanent geological storage. The capture technology for this project will be supplied by CO280 partner, SLB Capturi. CO280 is developing more than 10 projects, with five high-priority projects poised to deliver CDR by 2030.

“The agreement with Microsoft is a significant milestone for CO280 and the CDR market,” stated Jonathan Rhone, co-founder and CEO of CO280. “CO280 is committed to delivering the highest quality, permanent carbon dioxide removal while supporting the economic and environmental health of the communities we serve. We’re incredibly grateful to Microsoft for their collaboration, leadership, and commitment to CDR excellence.”

Brian Marrs, Senior Director of Energy & Carbon Removal at Microsoft stated, “Microsoft is pleased to announce this deal with the team at CO280, which has proven how to combine innovative engineering with strong commercial development towards creating affordable and scalable carbon removal solutions. The CO280 strategy of adding carbon removal to existing paper mills is an efficient way to quickly scale carbon removal and bolster investment and jobs into timberland communities across the United States.”

CO280’s Practical Approach to CDR Leverages Existing Pulp and Paper Infrastructure

CO280’s strategy leverages the existing operating model of the U.S. pulp and paper industry, offering an efficient, repeatable pathway for scaling CDR. The key advantages include:

Rapid Scalability: U.S. pulp and paper mills emit 88 million tonnes of biogenic CO2 per year, which represents a significant opportunity to implement large-scale CDR. Retrofitting mills with carbon capture and storage leverages existing mill infrastructure and biomass supply chains reducing project complexity, cost, and risk. CO280’s approach to standardizing project design, business model, and financing with pulp and paper partners will accelerate replication and deployment.

Sustainable Biomass Utilization: The American pulp and paper industry is committed to sustainable biomass sourcing. These mills, which produce essential products such as packaging and sanitary products, prioritize forest health and maintain high certification standards. 97% of wood used in the industry goes to mills with Sustainable Forestry Initiative (SFI) certification, with 90% going to mills with both Forest Stewardship Council (FSC) and SFI certifications. Many mills only use residual biomass and recycled content to make pulp. All CO280 projects will adhere to the leading voluntary carbon market biomass sustainability standards.

Energy Efficiency: CO280 projects can use excess waste heat and/or waste biomass to power the carbon capture plants, which minimizes environmental impact while increasing the projects’ overall sustainability.

Proximity to CO2 storage: The U.S. has some of the best geology in the world for CO2 storage, and more than 75% of U.S. pulp and paper mills are located within 100 miles of geologic storage sites. Additionally, the U.S. has a growing network of CO2 transportation and storage service providers that are building the infrastructure to safely and permanently sequester captured CO2.

Driving Local Economies and Creating Jobs in Mill Communities

This agreement with Microsoft will advance critical climate goals, as well as stimulate the local economies and create jobs for communities where pulp and paper mills are located. By investing in a critical American industry, CO280 helps ensure the long-term competitiveness of the forest products industry, protecting existing and creating new jobs at mill sites. CO280’s unique partnership model backed by long-term CDR offtake agreements will bring billions of new capital investment to the industry, fostering sustainable economic growth, and supporting communities that rely on the forest products industry.

About CO280
CO280 Solutions Inc. is a developer of large-scale carbon dioxide removal (CDR) projects. In partnership with CDR buyers and pulp and paper companies, we develop, finance, own, and operate carbon removal projects that deliver a new standard of permanent, verifiable, and affordable CDR credits to customers in the carbon market. Learn more at co280.com or get in touch info@co280.com  

 

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SOURCE CO280

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Carnegie Mellon University Names Jason Brown Next Director and CEO of the Software Engineering Institute

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Brown will lead the SEI as it drives the frontiers of software, artificial intelligence and cybersecurity research and engineering as a strategic advantage for national security.

PITTSBURGH, Nov. 2, 2026 /PRNewswire/ — Carnegie Mellon University has named Jason M. Brown as director and chief executive officer of the Software Engineering Institute (SEI), a Department of War (DoW)-sponsored, federally funded research and development center (FFRDC) operated by the university. Brown will join CMU on Nov. 16, bringing extensive experience across military operations, the DoW and other national security agencies, academia and the defense technology industry at a pivotal moment for the institute and its mission. 

Brown will lead the SEI as it drives software, AI and cybersecurity research and engineering for national security.

For more than four decades, the SEI has brought together an understanding of national security missions, deep technical expertise and Carnegie Mellon’s research strengths to address consequential challenges for the nation. As emerging technologies transform defense operations, the institute has an opportunity to expand that role—helping the department evaluate new capabilities, understand their potential and vulnerabilities and employ them responsibly at scale.

As director and CEO, Brown will set the SEI’s strategic direction, oversee its research, engineering and technology-transition activities and serve as its principal representative to federal sponsors and partners. He will work with researchers throughout Carnegie Mellon to connect the university’s strengths with emerging national security needs.

“Jason brings an exceptional breadth of experience to this role,” said Theresa Mayer, CMU’s vice president for research. “He understands national-security missions from the perspective of a military leader, the development and deployment of emerging technologies from his work in industry and the contributions universities can make through research and education. That combination, together with his commitment to public service, makes him exceptionally well suited to lead the SEI as it builds on its success and enters its next chapter.”

Brown first worked with Carnegie Mellon and the SEI while in the Air Force, gaining an early view of how the institute connects technical expertise with national-security missions. He brings experience across each of the sectors central to the SEI’s mission. He currently serves as general manager, government, at Applied Intuition, where he leads work to develop and deploy software and autonomous technologies for government and defense customers. Before joining Applied Intuition, he led Google’s professional services business for defense. 

Brown has held senior U.S. Air Force leadership positions focused on intelligence, emerging technology and national security. As director of the Chief of Staff of the Air Force Strategic Studies Group, he developed and implemented the service’s emerging-technology strategy and founded the U.S. Air Force Artificial Intelligence Accelerator at the Massachusetts Institute of Technology.

He was a founding member of the Department of Defense’s Joint Artificial Intelligence Center. Brown is also an adjunct assistant professor at Georgetown University, where he teaches artificial intelligence and national security.

“The most powerful results occur when researchers, military professionals and industry partners work closely enough to recognize possibilities that no one organization would identify on its own,” Brown said. “The SEI can create more of those connections—bringing Carnegie Mellon’s ideas and technical capabilities together with a deep understanding of the mission and helping turn them into capabilities that make a real difference.”

Building on a Successful Legacy

Brown succeeds Paul Nielsen, who joined the SEI in 2004 and became its director and CEO later that year. Nielsen has guided the institute through more than two decades of technological change, institutional growth and expanded mission responsibility.

“It has been an honor to serve the SEI and to work alongside the individuals and leaders committed to securing our nation through advances in software, cybersecurity and AI,” Nielsen said when announcing his transition. “SEI’s strength has always been its ability to evolve as technology and national needs change, and I am confident the institute will continue to lead with impact and purpose in the years ahead.”

Nielsen will remain engaged through the leadership transition. Carnegie Mellon will celebrate his service and contributions to the SEI and the nation at a reception in early 2027, with details to come soon.

Advancing the SEI’s National Security Mission

The ability to connect research with mission needs has defined the SEI throughout its history. Its work has influenced how the DoW develops and acquires software, protects the defense industrial base, responds to cybersecurity threats and moves AI from experimental models into dependable systems.

“The SEI is exceptionally well positioned for its next chapter, with extraordinary people, deep technical capabilities and trusted partnerships with organizations in government, industry and academia,” said John Gilligan, chair of the SEI Board of Visitors. “The board thanks Paul Nielsen for his superb leadership in guiding the SEI for the past 22 years and looks forward to working with Jason as he builds on that foundation, strengthens the institute’s impact and positions the SEI to meet the nation’s evolving needs.”

With a renewed federal mandate, a record of national impact and new leadership, the SEI enters its next chapter prepared to help the nation realize the potential of emerging technologies while ensuring that the software, cybersecurity, AI and autonomous systems supporting critical missions remain secure, reliable and ready to perform.

“The SEI’s impact rests on the extraordinary expertise of its people and the trust it has built across government, industry and academia,” Mayer said. “With Jason’s leadership, the institute is well positioned to build on its success, deepen its connections across Carnegie Mellon and continue its legacy of leadership in service to the nation.”

About the Carnegie Mellon University Software Engineering Institute

The Software Engineering Institute (SEI) advances software as a strategic advantage for national security through research, development and deployment of tools, technologies and practices in software engineering, artificial intelligence (AI), cyber and acquisition transformation. We serve the nation as a federally funded research and development center (FFRDC) sponsored by the U.S. Department of War (DoW). For more information, visit the SEI website at https://www.sei.cmu.edu.

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SOURCE Carnegie Mellon University Software Engineering Institute

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Creative5 and Sateliot to Advance Satellite IoT Field Evaluations at SCEWC 2026

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HESTIA Plus and standards-based NB-IoT NTN connectivity help enterprises evaluate IoT applications beyond terrestrial coverage.

BARCELONA, Spain, Nov. 2, 2026 /PRNewswire/ — Creative5 and Sateliot will showcase their satellite IoT collaboration at Smart City Expo World Congress (SCEWC) 2026. The initiative combines Creative5’s HESTIA Plus devices and system-integration capabilities with Sateliot’s 3GPP standards-based NB-IoT non-terrestrial network (NTN) connectivity, helping enterprises evaluate IoT applications in areas with limited terrestrial coverage.

Initial opportunities span smart agriculture, environmental monitoring, water and utility assets, and remote infrastructure. The companies will engage solution providers and enterprise customers to define application needs, review device and network integration, and plan field evaluations against agreed performance criteria.

A complementary, standards-based approach

HESTIA Plus supports terrestrial and satellite IoT connectivity. Creative5 supplies hardware, integration and application enablement, while Sateliot provides satellite connectivity and onboarding in supported markets. Customers gain a structured route from use-case definition and technical review to time-bound field trials with agreed data flows, success metrics and deployment requirements.

Field evaluations will be planned according to network and service availability, local regulatory requirements and project-specific technical readiness.

“Enterprise customers need a clear understanding of how satellite IoT can support their operations beyond terrestrial coverage. By combining HESTIA Plus with Sateliot’s standards-based connectivity, we aim to help customers evaluate real-world performance and make informed deployment decisions,” said Jennifer Chang, CMO and GM of SATCOM Business Unit, Creative5.

“Sateliot is building satellite connectivity as a standards-based extension of cellular IoT. Our work with Creative5 gives customers a practical way to evaluate how HESTIA Plus can connect assets beyond conventional coverage and prepare suitable applications for scalable deployment,” said Gianluca Redolfi, Chief Business Officer at Sateliot.

Meet Creative5 at SCEWC

Creative5 will exhibit at the LoRa Alliance Pavilion, Hall 3, Booth B41, from 3–5 November 2026. Visitors can explore HESTIA Plus applications and discuss integration, pilot scope and field evaluations.

About Creative5

Founded in Taiwan in 2017, Creative5 develops HESTIA satellite IoT devices and the CeresHub platform. The company combines hybrid terrestrial and non-terrestrial connectivity with integration services for environmental monitoring, infrastructure and UAV applications. creative5.io

About Sateliot

Headquartered in Barcelona, Sateliot develops 3GPP standards-based LEO satellite connectivity that extends cellular NB-IoT services into areas with limited terrestrial coverage. Its network approach supports direct satellite connectivity for compatible IoT devices. sateliot.com

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Armor Names Nicholas Lee, Former CEO of Fujitsu Intelligence, as Chief Executive Officer

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Founder Chris Drake transitions to Chief Innovation Officer, remains on Board

DALLAS, Nov. 2, 2026 /PRNewswire/ — Armor, a global provider of managed cyber defense and compliance, today announced Nicholas Lee as Chief Executive Officer, effective November 2, 2026. Lee, most recently CEO of Fujitsu Intelligence, brings more than two decades of leadership experience building and scaling technology services businesses, including managed services and enterprise AI, and will lead Armor’s next phase of growth.

Former Fujitsu Intelligence CEO Nicholas Lee will lead Armor’s next phase of growth.

Founder Chris Drake will become Chief Innovation Officer in a full-time role and remain on Armor’s Board of Directors. He will work closely with Lee to explore emerging needs and develop future opportunities for the company.

“Solving hard problems for customers is what I love, and the past six months bringing Sovereign AI to market reminded me of that. My other priority was finding the right leader to help Armor scale,” said Drake. “I’ve known Nicholas for 14 years and first tried to recruit him back then. His deep experience in cybersecurity and enterprise AI, and his track record scaling services businesses, make him exactly the right person to drive Armor’s growth.”

Lee spent much of his career at Fujitsu, where he built managed security and services businesses and led global services portfolios serving enterprise and public sector customers. As CEO of Fujitsu Intelligence, he built and scaled the company’s data and AI business, turning emerging capabilities into solutions that deliver measurable customer value.

“Armor combines a proven cybersecurity business with an exciting opportunity to help customers adopt AI securely and confidently,” said Lee. “Sovereign AI is a strong example of that opportunity. My first priority is to listen to our people, customers, and partners and build on the company’s strengths. I look forward to working with Drake and the team to strengthen our cybersecurity services, secure the AI era and deliver measurable customers outcomes.”

About Armor

Armor provides managed cyber defense and compliance for highly regulated organizations globally. Trusted by over 1,700 companies across 40+ countries, the company integrates 24/7 managed defense, compliance consulting, and cloud-native detection and response. Today, Armor extends this standard to the AI era with production-ready security platforms designed to protect next-generation enterprise environments. Learn more at armor.com or connect with us on LinkedIn.

Media Contact
Michele Glassman
Marketing Director, Armor
michele.glassman@armor.com

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SOURCE Armor Defense Inc

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