Featured Tenders

Caerphilly County Borough Council has established a Dynamic Purchasing System to enable a diverse array of training providers to offer courses, qualifications, and accreditations to both council employees and local residents. The system is designed to support the Council’s goal of upskilling its workforce and cultivating employability within the borough, and it can be accessed by all council departments to meet a wide spectrum of learning needs.

The DPS invites providers to deliver a broad spectrum of traditional and bespoke training packages, including technical and vocational qualifications, licences, and workforce development courses that align with the local labour market. Key subject areas include construction, rail, civil and plant, security, administration, hospitality, care, green skills, heavy goods vehicle driving, hair and beauty, general employment-focused courses, wellbeing and mental health first aid, creative and media, housing and estates, numeracy, essential skills, and family learning. The system is available for up to five years with the option for a further five‑year extension, permits the supply of variant services, and is accessible through the council’s supplier portal. All training must comply with relevant national accreditation standards and health and safety regulations.

The United States Space Force’s Space Acquisition & Integration Office is conducting a Commercial Solutions Opening to identify innovative commercial products and services that strengthen Space Domain Awareness (SDA) capabilities. The solicitation is specifically targeted at small‑business respondents and seeks proposals that advance the detection, characterization, attribution and prediction of activities in the space domain. The primary objective is to enhance the accuracy, timeliness, and operational applicability of SDA data through novel software, data analytics, and experimental technologies that can transition to operational use.

The current Area of Interest, Advanced SDA Tools for Research and Analytics (ASTRA), calls for research and development efforts that deliver prototypes and experimental frameworks in three technical focus areas: (1) scalable, adaptable data‑management tools for storing, translating, tagging and integrating heterogeneous sensor observations; (2) modeling, simulation and analytics techniques that improve sensor performance assessment and enable dynamic weighting of observations; and (3) agile software prototyping that incorporates government‑developed astrodynamics toolkits and can evolve into maintainable, deployable systems. These solutions must demonstrate integration with the SDA enterprise workflow and be able to adapt to evolving mission needs, with deliverables such as prototypes, models, and experimental frameworks rather than production‑ready systems.

Selection will proceed through a three‑phase process beginning with an unclassified white paper and PowerPoint briefing, followed optionally by pitch sessions and, for selected solutions, a full proposal package. All submissions must comply with NIST SP 800‑171 and CMMC 2.0 cybersecurity requirements.

The Space Acquisition and Integration Office (SAIO) of the United States Space Force is issuing a Commercial Solutions Opening (CSO) entitled “Advanced SDA Tools for Research and Analytics (ASTRA)” to solicit innovative commercial solutions that strengthen Space Domain Awareness (SDA). The solicitation focuses on the development of advanced software engineering, data analytics, and prototype technologies that can detect, characterize, and predict activities in the space domain, thereby improving the accuracy and timeliness of SDA data and supporting emerging mission requirements. Applicants are encouraged to present research and development efforts that produce proof‑of‑concept demonstrations, prototypes, and experimental frameworks rather than fully production‑ready systems, with particular emphasis on research and prototyping in the fields of data management, sensor analytics, and agile software development.

Efforts requested under this CSO span three technical focus areas: (1) scalable and adaptable data management tools for storing, translating, and indexing diverse sensor observations; (2) modeling and analytics techniques that enhance the accuracy of LEO sensor performance predictions and support phased array radar assessments; and (3) agile software prototyping methods that enable rapid development and smooth transition from experimental concepts to operational systems. The project is strictly a 100 % small‑business set‑aside and is eligible for a total Phase‑III award pool of $1.5 million, with a 12‑month period of performance and a formal, multi‑phase submission process that begins with a white‑paper and PowerPoint briefing in Phase I, followed optionally by a pitch session and a full proposal in Phase III.

Submissions must follow the CSO’s defined phases, with Phase I documents required to be unclassified and all further phases subject to the appropriate classification levels as specified in the AOI. Offerors must adhere to the specified formats for the PowerPoint briefing (including a quad chart) and the white‑paper, and they must comply with cybersecurity standards, including NIST SP 800‑171 and CMMC 2.0.

The Army’s Air Force Installation and Mission Support Center is conducting a commercial solutions opening that invites innovative commercial items, technologies and services designed to close capability gaps and accelerate the delivery of mission‑critical functions for a wide range of Air Force installations and programs. The procurement covers a portfolio of areas of interest that includes modernizing housing management and infrastructure data, streamlining the Base Realignment and Closure (BRAC) process through advanced analytics and AI, capturing as‑built Building Information Modeling (BIM) data for multi‑base use, creating a unified enterprise‑wide contracting data repository and dashboard, modernizing legacy civil engineering IT systems, developing rapid design kits for field engineers, automating remote UAV operations, and establishing a data science framework for predictive insight across the installation network. Each area of interest is treated as a stand‑alone solicitation under a unified “SPEED” framework that allows the government to award commercial contracts using an accelerated, single‑phase Spiral 1 video or written brief, with subsequent Fly‑by presentations (Spiral 2) and, if required, commercial solution proposals (Spiral 3).

The solutions requested must demonstrate the ability to integrate seamlessly with existing Air Force data systems and cloud platforms, automate data workflows, and deliver real‑time dashboards or actionable AI recommendations to support decision‑making by installed and support operations. For housing and infrastructure work, vendors must be able to import and validate data from legacy drawings, laser‑scanned surveys, and existing asset management databases, then expose that information through approved analytic suites such as Power BI, Tableau or native Azure services. BRAC and data science solicitations call for AI‑driven extraction of structured and unstructured data, predictive modeling of environmental remediation or resource allocation, and continuous monitoring tools that reduce manual effort and support rapid physics‑based forecasts. Design‑kit and UAV autonomic framework solicitations require offline usability, rapid generation times, a non‑proprietary protocol stack (e.g., MAVLink), and sensor agnostic interoperability with command and control applications such as Tactical Information Dissemination or the Common Operating Picture.

All solutions must meet DoD security and acquisition standards, be deployable in a single or multi‑cloud environment authorized for at least Impact Level 5, and utilize the Federal Risk Management Framework for access control, cryptographic protection, and continuous monitoring. They must also produce structured data models that support the Air Force’s data fabric, provide role‑based access via Common Access Card, and adhere to AFM‑issued guidance on data governance, AI ethics, and system interoperability. In short, solutions must be built for a DoD‑approved cloud, fully RMF‑compliant, integrated with existing Air Force data platforms, and compliant with AFI 38‑401 and DAF security policy.

The United States Transportation Command (USTRANSCOM) is renewing its Voluntary Intermodal Sealift Agreement (VISA) for the period 1 October 2024 through 30 September 2029 with an optional extension to 30 September 2034. The agreement serves as a contingency framework that obligates participating shipping companies to provide worldwide port‑to‑port ocean transportation and related intermodal movements, infrastructure, and management services for Department of Defense operations. Under the renewal, carriers that remain enrolled must affirm their capacity commitments and review any vessel changes; new entrants must enroll through the Maritime Administration’s VISA portal and agree to the same contractual terms.

The procurement specifically requires the charter of vessels capable of carrying cargo by ocean freight, as well as the provision of ancillary intermodal equipment such as containers, chassis, and terminal services. Participants are expected to maintain guaranteed capacity commitments that become active upon a DoD contingency activation, with vessels ready for rapid deployment. The agreement emphasizes guaranteed readiness, continuity of service, and adherence to maritime safety obligations, and requires that all deployed vessels conform to applicable maritime standards (e.g., SOLAS, ISS, and vessel certification) as delineated in the VISA terms.

The Defense Threat Reduction Agency (DTRA) has issued a Broad Agency Announcement to solicit strategic research on future challenges related to weapons of mass destruction (WMD) over the next five to ten years. The solicitation, covering Fiscal Years 2025–2029, seeks analytical studies, policy analyses, and international dialogue facilitation that anticipate how nuclear, chemical, biological, and emerging technologies may be developed or employed by adversaries, and how such capabilities could impact U.S. deterrence, crisis prevention, and conflict‑resolution efforts. The research is intended to inform DTRA’s dual mission as a Defense Agency—supporting strategic policies to reduce global WMD threats—and a Combat Support Agency—identifying and fielding responsive solutions for Joint Staff and Combatant Commands.

Specifically, the initiative invites work that explores new or enhanced WMD materials, delivery mechanisms, or technologies that could increase the lethality or persistence of existing threats. Studies should assess the implications for U.S. allies and partners, providing timely, credible insights and actionable recommendations on deterrence, risk reduction, arms control, and escalation management. The solicitation encourages engagement in Track 1.5 and 2 international dialogues to broaden the analytical base and strengthen cross‑government collaboration.

Eligible work must conform to the NAICS codes listed in the announcement, including 54169 (Other Scientific and Technical Consulting Services), 54171 (Research and Development in Physical, Engineering, and Life Sciences), and related codes for nanotechnology, biotechnology, social sciences, and space research. All proposals must align with these classification requirements.

The tender invites service providers to join a 60‑month Dynamic Purchasing System for telecommunications services, managed by Procurement Assist Ltd and intended for use by iFM Bolton and the broader UK public sector. The system is divided into four distinct categories, covering mobile telecommunications, traditional and IP telephony, connectivity solutions, and comprehensive telecoms packages that combine multiple categories. Applications may be submitted at any time before the DPS closes on 31 May 2029, with the procurement process streamlined through the DPS to avoid further OJEU procedures for clients.

The procurement outlines four specific lots. Lot 1 covers a broad range of services including data, voice, SMS, voicemail, email, device provisioning, tariff planning, design support, ongoing assistance, and consolidated e‑billing. Lot 2 focuses on traditional and IP telephony solutions, encompassing line installation, hardware supply, VoIP services such as ISDN, PSTN, and SIP trunking, as well as maintenance contracts and audio/video system integration. Lot 3 addresses broadband and high‑speed internet provision, offering ethernet, WAN, LAN, VPN connectivity and associated hardware. Lot 4 permits a mix and match of any of the previous categories, providing tailored solutions and advisory support to determine the most suitable configuration for the client.

All required services must include comprehensive data, voice, and messaging provisions, support for the installation and maintenance of telephony and broadband infrastructure, and delivery of consolidated electronic billing.

The Defense Threat Reduction Agency is issuing a Broad Agency Announcement to solicit strategic research addressing the future trajectory of weapons of mass destruction, specifically focusing on threats that may emerge or intensify within the next five to ten years. The solicitation invites research that examines nuclear, chemical, and biological weapon development, the materials, methodologies, and technologies that could enable new or amplified WMD capabilities, and the implications of such threats for deterrence, crisis prevention, risk reduction, arms control, and strategic competition. Work is expected to generate timely, credible, and actionable insights that inform the agency’s policy development and operational responses, and to contribute to the broader U.S. defense posture against CBRN‑armed adversaries.

The research portfolio encompasses analytical studies, international dialogues, and interdisciplinary investigations that may involve scientific, engineering, and social science perspectives. Eligible research activities may include laboratory and simulation work, field studies, policy analysis, and stakeholder engagement initiatives, all conducted under the broader framework of Defense Threat Reduction Agency priorities. Studies are required to align with the Service’s mission of providing forward‑looking counter‑WMD solutions, reinforcing deterrence, and supporting Joint Staff and Combatant Command operational needs. Research must adhere to the specified NAICS codes and DoD R&D standards.

The City of Edinburgh Council is opening a Flexible Purchasing Framework to secure two complementary streams of educational support services: Accredited Pathways and Certified Counsellors and Therapists. The framework will allow providers to deliver high‑quality interventions that align with the National Improvement Framework for Education and the City’s Edinburgh Imperative, which seeks to close the poverty‑related attainment gap and enhance mental health and wellbeing across all school phases. By engaging partners in a place‑based model—services available within a 20‑minute radius of identified needs—the council aims to extend and enrich the existing curriculum with practical, recognisable accreditation and outcome‑orientated support.

Providers are expected to work in partnership with schools, adopting flexible and goal‑oriented approaches that address learning barriers and foster inclusive practice. They must demonstrate evidence of measurable outcomes, actively involve learners and families in shaping interventions, and contribute to the school’s learning culture through strengths‑based, solution‑focused, and restorative methods. For the Accredited Pathways lot, services must help learners achieve pathways that meet the Benchmarks or Experience and Outcomes of the Curriculum for Excellence or, where applicable, nationally recognised accreditation. For the Certified Counsellors and Therapists lot, the focus is on supporting health and wellbeing targets that align with the Curriculum for Excellence, with providers required to employ counsellors and therapists who hold relevant qualifications and membership of recognised governing bodies.

All services must comply with the Curriculum for Excellence benchmarks and national accreditation standards, ensuring that accredited pathways and health‑wellbeing outcomes meet the College’s quality criteria and are delivered by certified professionals who meet relevant statutory and professional regulations.