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Accelogic, LLC

Weston, FL · Defense · Private

Lossless data compression software for nuclear physics datasets that achieves 4-9x storage capacity multiplication through application-driven redundancy detection

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Updated · accelogic.com

Sector
Defense
Headquarters
Weston, FL
Total capital
$8.8M
Federal grants
$3.7M
6 awards · 2015–2019
Rank in peer group#104 of 161
Private capital raised
None on recordNo Form D filings on SEC EDGAR. Some raises are not filed.
Federal contracts
$5.1M
10 awards · Defense, NASA, Interior
Rank in Defense#521 of 1442
Granted patents
None on recordNo USPTO grants. Applications publish after 18 months.

Capital timeline

200820102012201420162018FEDERAL ↑EQUITY ↓Cumulative $8.8M$750K$750K$797K$1.5M$1.0M$1M
200820102012201420162018FEDERAL ↑EQUITY ↓Cumulative $8.8M$1.5M$1.0M$1M

Latest events

  • Federal grantEnergy · Phase II · Next-Generation TechNology for the Extremely Efficient Storage, Distribution, and Processing of Nuclear Physics Data$1M
  • Federal grantEnergy · Phase I · Next-Generation Technology for the Extremely Efficient Storage, Distribution, and Processing of Nuclear Physics Data$155K
  • Federal grantDefense · Phase I · Industrial-quality acceleration of MDA’s missile defense simulation infrastructures —A novel theory of optimal data compression inspired on the OSF$105K
  • Federal contractDefense · Igf::ot::igf SBIR Phase II Final Report Cdrl A003$1.0M
  • Federal grantDefense · Phase II · Enabling extreme acceleration of graph analytics in real-world applications$1.5M
  • Federal contractInterior · Igf::ot::igf Enabling Extreme Acceleration Of Graph Analytics In Real-world Applications$797K
  • Federal grantNASA · Phase II · Accelerating Memory-Access-Limited HPC Applications via Novel Fast Data Compression$750K
Show 9 earlier federal awards
  • Federal contractNASA · Igf::ot::igf A Fast-paced Continual Increase On The Ratio Of Cpu To Memory Speed Feeds An Exponentially Growing Limitation For Extracting Performance From Hpc Systems. Breaking This Memory Wall Is One Of The Most Important Challenges That The Hpc Community Faces Today. In Phase I We Introduced Aggressive Innovations Enable The Injection Of Unprecedented Acceleration Into Vast Classes Of Memory-access-bound Hpc Codes Via Ultra-fast Software-based Data Compression. Groundbreaking Speedup On A Full$703K
  • Federal contractDefense · Igf::ot::igf Final Monthly Report And Project Summary$150K
  • Federal grantDefense · Phase I · Enabling extreme acceleration of graph analyticsin real-world applications$155K
  • Federal contractNASA · Igf::ot::igf A Fast-paced Continual Increase On The Ratio Of Cpu To Memory Speed Feeds An Exponentially Growing Limitation For Extracting Performance From Hpc Systems. Ongoing Developments And Trends Make It Clear That This Ratio Will Keep Increasing Over The Next Decade. Breaking This Memory Wall Is One Of The Most Important Challenges That The Hpc Community Faces Today. In This Project We Introduce Novel And Highly Effective Ways Of Attacking The Memory Wall Through The Use Of "compressive Com$130K
  • Federal contractNASA · Igf::ot::igf The Traditional View Of Arithmetic Operations Dominating The Computational Cost Of Numerical Algorithms Has Changed. As Performance Of New Processors Increases, We Are Moving Into A New Reality In Which Data Movement Is Expensive And Operations Are Becoming Nearly Free. In Phase I We Discovered A New Theory Of Data Compression With Unprecedented Capability To Reduce Data Movement In Distributed Hpc Applications. Phase I Results Include: 1) The Demonstration Via Proof-of-concept Pro$748K
  • Federal contractNASA · Igf::ot::igf Processor Speed Has Traditionally Grown At A Rate Faster Than That Of Communication Speed In Computer And Supercomputer Networks, And It Is Expected That This Trend Will Continue Even Stronger, As We Move Into The Exascale Age In The Upcoming Decade. This Has Resulted In What Is Known As The "communication Gap" For Communication-bound Hpc Applications: Their Communication-to-computation Time-ratio Is So Large, That The Processors Remain Mostly Sub-utilized, With Lots Of "disposable$125K
  • Federal contractNASA · Cloud Computing Has The Potential To Permit Scientists To Scale Up To Solve Large Science Problems Without Having To Invest In Hardware And Software Infrastructure. Even Though Its Use Has Become Commonplace In The Business Realm, Its Use In Hpc Is Still Limited To A Few Applications. This Project Aims At Developing, Prototyping, Validating, And Commercializing The World's First Cloud-enabled Acceleration Library Of Linear Algebra Solvers. Considering That Linear Algebra Is The Most Common Compu$100K
  • Federal contractNASA · TAS::80 0119::TAS Supercomputing Plays A Major Role In Many Areas Of Science And Engineering, And It Has Had Tremendous Impact For Decades In Areas Such As Aerospace, Defense, Energy, Finance, And Telecommunications To Name Just A Few. Supercomputing Enables Many Of Our Most Important High-tech Tools, And Nowhere Is It More Important Than At NASA, Where Attaining Increased Computing Speed And Performance At Lower Costs Are Constant Objectives. The Goal Of This Multi-phase SBIR Project Is Exactly$600K
  • Federal contractDefense · (STTR Phase II) Algorithm Development For Reconfigurable Computing Architectures$750K

Node area is scaled to amount. Form D reports securities sold, which can differ from an announced round; filings are numbered in the order they were made.

Standing among 161 peers

Line = median

Defense · Software

  • Federal grantsBelow median

Cumulative measures favor older companies. Rankings describe position today, not outcome. Below the median, ranks show as a band rather than a number.

Founders and team

No founders are linked to this company yet.

Founders appear once a person is matched to the company through its own patents, grants or filings. We never infer people from social profiles.

Checked: USPTO inventors; federal award principal investigators; SEC Form D related persons · Oct 23, 2026

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What it has protected

No granted patents are on record.

USPTO usually publishes applications 18 months after filing, so recent applications may not be visible yet. Patents assigned under a different entity name won’t match.

Checked: USPTO granted patents and published applications · Oct 23, 2026

Related companies, and why

Regulatory activity · Defense

Sector-level, not company-level

Rules are matched to sector, not to company. Recent activity in a sector is context rather than a signal about this business — until rules are matched to what a company actually builds, the section is shown as context and nothing more.

Sources

Federal grants from SBIR/STTR, NIH, NSF and DoD records. Federal contracts from USAspending.gov. Private capital from SEC Form D. Patents from USPTO. Publications from OpenAlex. Regulatory activity from the Federal Register. Press matched on company name.

How to read this page

Figures show associations in public records, not causes or predictions. Nothing here is investment advice. An em-dash means no record was found under this company's name, not that none exists.

Data freshness

SEC Form D filings through . SBIR and STTR awards through .