Get Up to $1.555M in
Hardware Innovation Funding
NSF SBIR grants for hardware and IoT startups. Zero equity required for connected devices, sensors, robotics, semiconductors, and edge computing innovations.
✓ IoT-focused funding • ✓ Manufacturing support • ✓ Non-dilutive capital
❓ Common Questions About Hardware & IoT Grants
How much funding can hardware startups get?
$305K Phase I, up to $1.25M Phase II from NSF SBIR
Can I use grants for manufacturing?
Yes, Phase II covers manufacturing scale-up and DFM
Does DOD fund electronics startups?
Yes, up to $1.8M for defense-related hardware
Do I give up equity for hardware grants?
No, NSF SBIR is 100% non-dilutive funding
What IoT devices qualify for NSF funding?
Novel sensors, edge computing, robotic
How long does review take?
NSF and DOD reviews typically take 4-6 months
What Hardware & IoT Grant Programs are Available?
Federal funding for connected devices, electronics, sensors, robotics, and advanced manufacturing innovations.
IoT Innovation
- Connected devices & smart systems
- Sensors, actuators, communications
- Industrial IoT & smart cities
- 6-18 months proof-of-concept
Full Development
- 24 months hardware development
- Manufacturing scale-up support
- Product certification assistance
- Commercialization readiness
Defense & Manufacturing
- DOD electronics & defense hardware
- Advanced manufacturing grants
- Semiconductor innovation funding
- National security applications
Which Hardware Technologies Qualify for Funding?
NSF and DOD grants support a wide range of hardware and IoT innovations.
IoT & Connected Devices
Smart objects, embedded sensors, wireless communications, edge computing, IoT platforms
NSF IoT subtopics
Sensors & Actuators
Environmental sensors, biosensors, MEMS, actuators, energy harvesting, low-power systems
$305K available
Electronics & Semiconductors
Integrated circuits, power electronics, RF systems, analog circuits, chip design
DOD priority area
Robotics & Automation
Industrial robots, drones, autonomous systems, control systems, human-robot interaction
Manufacturing focus
Wireless & Communications
5G/6G, mesh networks, LPWAN, satellite comms, wireless power transfer
IoT communications
Advanced Materials
Smart materials, nanomaterials, flexible electronics, printed electronics, composites
Manufacturing grants
Embedded Security
Hardware security, secure boot, encryption, trusted execution, supply chain security
DOD cybersecurity
Smart Infrastructure
Smart cities, connected homes, industrial IoT, agriculture tech, energy management
Market verticals
What's New in Hardware Funding 2026-2027
Recent NSF and DOD investments for hardware and IoT startups
Increased Phase Awards
NSF SBIR Phase I now $305K (from $275K), Phase II $1.25M (from $1M). Combined ~$1.555M total non-dilutive funding available.
IoT Topic Emphasis
NSF actively funding IoT communications, integrated systems, sensors/actuators, networking. Success stories like goTenna ($230K mesh networking grant).
Manufacturing Support
Advanced manufacturing programs supporting hardware scale-up, production readiness, supply chain optimization, and domestic manufacturing capabilities.
DOD Electronics Priority
Department of Defense targeting electronics, semiconductors, secure hardware, resilient systems supporting national security missions with targeted funding topics.
What are the Specific Details of Hardware Grant Programs?
Everything you need to know about NSF SBIR for hardware/IoT, DOD electronics programs, and manufacturing grants.
Program Overview
IoT Subtopics:
- IoT Communications: Wireless protocols, mesh networking, LPWAN, 5G/6G connectivity
- Integrated Systems: Smart objects with embedded sensors, processing, communication capabilities
- Sensors & Actuators: Energy-efficient sensors, advanced actuators, data collection systems
- Market Verticals: Smart cities, transportation, agriculture, industrial IoT, retail IoT
Hardware Success Stories
goTenna - Mesh Networking
Awarded $230K NSF SBIR grant with Wesleyan University for LPWAN mesh networking using their LIMA protocol. Developing next-generation IoT networks with improved connectivity, energy efficiency, and throughput.
Red Balloon Security
NSF SBIR funded embedded device security provider. NYC-based startup founded 2011, providing fundamental security layer for smart connected infrastructure reducing IoT security risks.
Application Strategy for Hardware/IoT
Eligibility
- • US small business <500 employees
- • 50%+ US citizen/resident owned
- • Principal Investigator employed 20+ hrs/week
- • All work performed in US
Technical Focus
- • Novel sensor/actuator technology
- • Advanced IoT communications
- • Edge computing innovations
- • Smart system integration
Success Factors
- • Working prototype or proof-of-concept
- • Clear market application
- • Manufacturing feasibility plan
- • IP protection strategy
Program Details
Phase II supports full hardware development, manufacturing scale-up, product certification (FCC, UL, CE), pilot production runs, and commercialization. Combined Phase I + II provides ~$1.555M total non-dilutive funding.
Phase II Objectives
Development Milestones:
- Manufacturing: DFM optimization, supply chain setup, pilot production
- Certification: FCC, UL, CE, industry-specific compliance testing
- Beta Testing: Customer pilots, field trials, feedback integration
- Commercialization: Sales channels, distribution, pricing strategy
DOD SBIR Electronics
Defense Applications:
- • Secure electronics & anti-tamper hardware
- • Radiation-hardened components for space/defense
- • RF & microwave systems for communications
- • Power electronics for military platforms
- • Semiconductor innovations & domestic manufacturing
- • Ruggedized sensors for harsh environments
Manufacturing Support
Advanced Manufacturing Programs
Federal and state programs supporting hardware scale-up, production equipment, workforce training, and supply chain development.
State Hardware Initiatives
California, Massachusetts, Texas, Oregon offer manufacturing grants, tax incentives, and hardware incubator programs.
Frequently Asked Questions
Yes. NSF SBIR specifically encourages high-risk technical R&D. Phase I ($305K) is designed to fund the development and testing of a proof-of-concept prototype.
SBIR/STTR grants are non-dilutive government funding. The agency takes zero equity, zero board seats, and zero IP rights. You retain full ownership of your company.
Yes, in Phase II. While Phase I is for R&D/prototyping, Phase II awards ($1.25M) can support manufacturing scale-up, Design for Manufacturing (DFM), and pilot production runs.
It depends. To qualify, your device must involve novel technical innovation (e.g., new sensor capabilities, unique mesh networking, edge AI) rather than just integrating off-the-shelf components.
NSF and DOD reviews typically take 4-6 months. It is a competitive process, but the payoff of non-dilutive capital is substantial for hardware startups.
How to Win Hardware Grants?
Proven tactics to increase your chances of winning NSF and DOD hardware funding.
Show Working Prototype or POC
Demonstrate technical feasibility with working hardware prototype, even if early stage. NSF reviewers want proof the physics/engineering works before funding scale-up.
Address Manufacturing Feasibility
Include realistic manufacturing plan with cost targets, supply chain considerations, and path to volume production. Hardware scalability is critical evaluation factor.
Plan for Certification Requirements
Identify needed certifications (FCC, UL, CE, industry-specific) and include timeline/budget. Shows commercialization readiness and regulatory awareness.
Target Specific Market Vertical
Focus on clear application (industrial IoT, smart cities, agriculture, etc.) rather than general-purpose hardware. Vertical-specific solutions have stronger market validation.
Underestimating Manufacturing Complexity
Assuming easy transition from prototype to production. Manufacturing hardware at scale requires DFM optimization, supplier qualification, quality systems - plan accordingly.
Ignoring Power & Thermal Constraints
Not addressing power consumption, battery life, thermal management in design. Critical for IoT devices - show you've considered real-world operating conditions.
Weak IP Protection Strategy
Hardware is easier to reverse engineer than software. Demonstrate patent strategy, trade secret protection, or other defensible IP approaches.
No Customer Validation
Building hardware without customer input or letters of intent. Hardware has long development cycles - prove demand exists before requesting manufacturing funding.
Ready to Apply for Hardware Grants?
Download our free hardware grants guide or get personalized help from specialists experienced in IoT and electronics funding.
Free Hardware Guide
Comprehensive PDF with NSF SBIR IoT templates, DOD electronics info, manufacturing strategies, and winning examples.
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