Spectrum Efficiency, Energy Efficiency, and Security (SpecEES): Enabling Spectrum for All | 17 601

Frequently Asked Questions (FAQ)

What is the SpecEES funding opportunity?

SpecEES stands for "Spectrum Efficiency, Energy Efficiency, and Security (SpecEES): Enabling Spectrum for All." It is a National Science Foundation (NSF) discretionary research grant program focused on advancing wireless systems by improving spectrum efficiency while also addressing energy efficiency and security as tightly linked priorities.

Which NSF directorates lead this program?

The program is jointly led by NSF's Directorate for Engineering (ENG) and the Directorate for Computer and Information Science and Engineering (CISE).

What is the main goal of SpecEES?

The central aim is to support bold, forward-looking research that significantly improves how efficiently radio spectrum is used, while also tackling energy efficiency and security challenges that increasingly shape modern and future wireless systems.

Why does the program treat spectrum efficiency, energy efficiency, and security as inseparable?

The solicitation frames these themes as inseparable because future wireless networks must increase capacity in limited spectrum while also reducing power demands and resisting a growing range of cyber and physical-layer threats. In other words, better spectrum use alone is not enough if solutions create excessive energy burdens or new security weaknesses.

What does "Enabling Spectrum for All" mean in this solicitation?

"Enabling Spectrum for All" points to broader, more reliable access to wireless connectivity across users, devices, and communities. The opportunity links advances in spectrum sharing and utilization to societal outcomes, with an explicit emphasis on expanding the benefits of wireless-enabled goods and services to traditionally underserved Americans.

How does SpecEES connect technical research to societal outcomes?

The solicitation explicitly ties technical progress in spectrum utilization and sharing to improved access and inclusion. It signals interest in approaches that could help close connectivity gaps by improving network performance and access under real-world constraints that can disproportionately affect rural or low-income regions (for example: crowded spectrum bands, limited infrastructure, and cost or power limitations).

What kinds of research approaches does SpecEES encourage?

SpecEES emphasizes innovative, collaborative research that crosses traditional program boundaries. It seeks ambitious concepts that rethink assumptions about how spectrum is allocated, sensed, shared, and protected, including ideas spanning new architectures, algorithms, protocols, hardware-software co-design approaches, and security models that operate in dynamic spectrum environments.

What disciplines or areas are relevant to a SpecEES project?

The program description highlights work combining perspectives from areas such as wireless communications, networking, signal processing, spectrum policy-aware engineering, embedded systems, cybersecurity, and energy-aware design. The intent is to support interdisciplinary efforts rather than incremental improvements confined to a single narrow discipline.

Is this opportunity focused on incremental improvements or high-risk/high-reward ideas?

Based on the program description, the emphasis is on bold, forward-looking research rather than incremental improvements. The solicitation describes interest in concepts that challenge existing assumptions and operate effectively in dynamic spectrum environments.

What type of funding instrument is used for SpecEES?

The listed funding instrument type is a Grant.

What is the opportunity number for this NSF solicitation?

The opportunity number is 17-601.

When was the opportunity created and what was the original closing date?

The listing states the opportunity was created on September 27, 2017, and the original closing date was January 18, 2018.

How many awards did NSF anticipate making under this solicitation?

NSF anticipated making about 16 awards under the solicitation.

Is there a maximum award amount (award ceiling) stated in the summary?

The award ceiling is shown as 0 in the summary. This typically indicates an explicit maximum was not provided in the summary field, and that applicants would need to consult the full solicitation for budget constraints, typical award sizes, durations, and any limits tied to project classes or tracks.

What is the program category for this opportunity?

The opportunity is listed in the Science and Technology and other Research and Development category.

Which CFDA numbers are associated with this opportunity?

The listing associates the opportunity with CFDA numbers 47.041 and 47.070.

Who is eligible to apply?

Eligibility is summarized as "Others (see text field entitled Additional Information on Eligibility for clarification)." This means the abbreviated listing does not provide the precise applicant categories, and the full announcement is the authoritative source for eligibility requirements.

Does the listing specify exact eligible institution types (such as universities or non-profits)?

No. The information provided states only that eligibility details are defined in the full solicitation rather than the abbreviated listing. Any specific institution types must be verified in the complete announcement.

What is meant by "discretionary research grant program" in this context?

The listing describes SpecEES as a discretionary research grant program, meaning it is a competitive NSF research funding opportunity where awards are made based on the solicitation's goals and review outcomes, rather than being an entitlement or formula-based program.

What kinds of wireless challenges is SpecEES trying to address?

The program targets challenges that shape modern wireless systems, including limited spectrum availability, growing energy constraints, and an expanding range of cyber and physical-layer threats. It seeks research that improves capacity and access while reducing power demands and strengthening security.

Does SpecEES encourage projects that consider real-world deployment constraints?

Yes, the description signals interest in approaches that improve performance and access under real-world constraints such as crowded bands, limited infrastructure, and cost and power limitations, particularly where these issues affect rural or low-income regions.

What does the solicitation suggest about spectrum sharing and dynamic spectrum environments?

The description suggests NSF is looking for ideas that rethink how spectrum is sensed, shared, allocated, and protected, including methods and security models that can operate effectively in dynamic spectrum environments.

Is the program explicitly concerned with security threats beyond traditional cybersecurity?

Yes. The description references both cyber and physical-layer threats, indicating an interest in security that spans higher-layer cybersecurity concerns as well as threats that can manifest at or near the wireless signal and protocol layers.

Where should applicants look for definitive details about budgets, project sizes, and eligibility?

Based on the summary, applicants would need to consult the full solicitation for authoritative details such as budget constraints, typical award sizes and durations, any track-specific limitations, and the precise eligibility rules referenced by the "Additional Information on Eligibility" text field.