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ShardSecure

Data fragmentation and resilience startup that shards sensitive files across storage locations to make stolen or ransomed data unreadable, backed by Grotech Ventures, KPMG, and Tom Noonan.

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52/100Incremental Innovator

Overview

ShardSecure is a New York-based data security startup whose core Microshard technology fragments sensitive files into very small pieces, distributes them across multiple storage locations or cloud providers, and mixes in decoy fragments, so that no single storage location holds intact, readable data. The approach aims to make stolen or ransomed data unusable to an attacker even if it is exfiltrated or encrypted.

Founded around 2018, the company has raised a seed round from SineWave Ventures and others, followed by an $11 million Series A in 2022 led by Grotech Ventures with participation from Gula Tech Adventures and strategic investor KPMG, and a further pre-Series A round led by EPIC Ventures with Swedish investor Industrifonden. Cybersecurity veteran Tom Noonan, former CEO of Internet Security Systems, is an investor and advisory board member.

ShardSecure positions its technology as both a ransomware-resilience tool, since encrypted or stolen shards are meaningless without the full distributed set, and a multi-cloud data-residency and compliance aid, and has built out reseller relationships with Red River, DC Consulting, and FiveSky. As a small company, its customer base and independently verified efficacy data remain limited in public sources.

Innovation Matrix Assessment

Innovation Velocity 6/10

Has layered on AI/ML dataset protection and new patents on top of its core Microshard technology per its own announcements, showing continued but modestly-paced feature expansion for a company of its size.

Operational Value 4/10

A small team, publicly estimated at well under 50 employees, limits operational scale; the company relies on channel resellers such as Red River, DC Consulting, and FiveSky to extend reach rather than a large direct sales and support organization.

Market Momentum 5/10

Raised an $11M Series A in 2022 plus a pre-Series A extension in 2023 with participation from strategic investor KPMG, indicating continued but not explosive fundraising momentum; no funding events were found after 2023 in this research.

Category Disruption 6/10

Data microfragmentation with poisoned decoy shards is a genuinely distinct technical approach to data resilience compared to conventional encryption-at-rest, offering a novel answer to what happens if an attacker steals or encrypts the data anyway.

Real-World Efficacy 4/10

No independently published third-party penetration test results, named enterprise case study, or MITRE-style evaluation was found; efficacy claims that data is nearly impossible to reassemble are vendor-stated and unverified in public sources found here.

Enduring Relevance 6/10

Ransomware resilience and multi-cloud data residency are both live CISO concerns, and a fragmentation-based approach is a genuinely different tool in that toolbox, though its small scale and limited public validation constrain broader market relevance today.

Why CISOs Should Care

Offers a way to make stolen or ransomed data functionally useless to an attacker even after exfiltration or encryption, addressing the assume-breach reality that perimeter and encryption-at-rest controls alone don't fully solve.

What Makes It Different

Microfragmentation with distributed storage and decoy shards is architecturally distinct from standard encryption-based data protection, which still leaves a single decryptable blob if keys are compromised.

The Matrix Verdict

52/100 — INCREMENTAL INNOVATOR

A technically interesting, differentiated approach to data resilience from a small, venture-backed team; a promising concept that would benefit from more independently published validation before it can be scored higher on efficacy.

Editorial Note: Claims vs. Verified Findings

Funding rounds and investor names, including Grotech Ventures, KPMG, Tom Noonan, EPIC Ventures, and Industrifonden, are independently reported via PR Newswire; specific technical efficacy claims about fragmentation making data nearly impossible to reconstruct are vendor-stated and were not independently verified through a named third-party test in this research.

Sources