CYBERLOQ Technologies

CYBERLOQ Technologies

CYBERLOQ Technologies incorporated in Nevada in 2017 and later relocated its headquarters to Sarasota, Florida. The company was founded around a patent portfolio covering multi-factor authentication that learns user behavior — keystroke cadence, mouse movement, device handling — to grant or deny access continuously, rather than at a single login gate. Christopher Jackson has served as CEO since at least 2022, guiding the firm through a public listing via a reverse merger with a shell company, a path common among early-stage security ventures seeking faster market access than a traditional IPO allows. The platform, branded as CYBERLOQ, targets the identity-and-access-management (IAM) segment. Its stated capability is passive, continuous authentication that verifies users in the background without tokens, SMS codes, or authenticator apps. The company markets to banks, credit unions, and healthcare providers, positioning against credential-stuffing attacks and account-takeover fraud. The go-to-market strategy relies on white-label licensing deals and channel partners, but revenue traction remains opaque — SEC filings show a development-stage enterprise with nominal recurring revenue as of its most recent public disclosures. Operational scale is modest. The company maintains a lean structure with no disclosed institutional backers or named venture rounds prior to going public. It has periodically issued convertible notes typical of micro-cap life-sciences and tech ventures, and its stock trades on the OTC market under the symbol CLOQ. Team size has not been publicly reported, and there are no known additional offices. Adjacent vehicles, philanthropic foundations, or co-investment clubs are not disclosed in any public record. The structural differentiator for CYBERLOQ is the architecture of the software itself — behavioral biometrics layered on top of existing identity stacks, rather than a full rip-and-replace of a bank's authentication infrastructure. Unlike hardware-token models or device-fingerprinting-only approaches, the continuous-passive model creates a persistent trust score that can revoke access mid-session if behavior drifts. Whether this architecture can scale beyond pilot deployments remains the central question the market has not yet answered.