Immediate Press Release
Sep 30, 2025
Bringing a Quieter Future for Electronics Closer to Market
Slip Signal Technologies, a Maryland-based deep-tech company redefining how digital circuits operate, today announced acceptance into the Maryland Energy Innovation Accelerator (MEIA) Investment Readiness Program. Running October 2025 – April 2026, in collaboration with the Maryland Department of Commerce, the program prepares Maryland climate-tech startups to raise investment.
“We’ve spent years asking a basic question: what if digital logic didn’t need to shout to be heard? SEDL is our answer—a way to keep the digital truth of a signal while removing the noise that complicates everything downstream,” said Paige Shelborne, CEO, Slip Signal Technologies. “MEIA’s Investment Readiness Program gives us the guidance, investor access, and real-world pressure testing to carry SEDL from pilots into scaled deployments where reliability and safety aren’t optional.”
For the next six months Slip Signal will work with mentors, investors, and market experts to ready its technology and business for scale. The program prioritizes Maryland climate-tech startups raising capital, with an emphasis on underrepresented founders.
“Slip Signal is tackling a problem every electrified, connected system encounters—interference—and addressing it at the level where it matters most: the circuit,” said Ben Margolis, Director, MEIA. “As more of our world runs on dense electronics and high-speed signals, EMI isn’t a niche issue; it’s a systemic one. We’re excited to work with the team on capital strategy and commercialization to help them translate deep innovation into broad impact.”
A persistent problem meets a different kind of solution
Every modern device—from patient monitors and electric vehicles to satellites and data center servers—wrestles with electromagnetic interference (EMI). The cause is baked into the way digital circuits have always worked: square-wave signals flipping abruptly between 0 and 1, throwing off bursts of high-frequency energy. Those bursts radiate EMI, forcing engineers into a maze of after-the-fact fixes—bulky shielding, pricey filters, and design compromises that add cost, weight, and power draw.
SEDL, Slip Signal’s proprietary technology, takes a more fundamental path. Instead of trying to contain noise after it’s created, SEDL prevents it at the source. The architecture replaces those abrupt edges with smooth, sine-wave transitions—signals that rise and fall in gentle curves, carrying the same digital meaning with dramatically less spectral noise. Under the hood, SEDL uses analog techniques at the gate level to shape edges and control slew, spreading energy more evenly across the spectrum and avoiding the sharp spikes that typically trigger EMI issues.
The effect is simple to explain and powerful in practice: designs that are quieter by design, which can reduce or eliminate the need for add-on filters and heavy shielding. That can mean streamlined certification paths, smaller footprints, lower BOM costs, and greater energy efficiency across categories like aerospace and defense, automotive, renewable energy, and high-density computing.
Press & Investor Contact
Yegor Kuznetsov, CMO, Slip Signal Technologies