This paper proposes Uniform Switching Identities (USWIDs) as a lightweight, collusion-resistant identity scheme designed for computationally constrained environments. USWIDs use uniformly structured identities and simplified penalization logic while retaining effectiveness comparable to classical Tardos-based methods. Through simulations, we show U-SWIDs maintain robustness even under lossy feedback conditions - common in forensic watermarking scenarios. Compared to Approximated Tardos Switching Identities (AT-SWIDs), U-SWIDs offer improved scalability, ease of generation, and operational simplicity without compromising traceability. The findings suggest U-SWIDs are a viable alternative for practical traitor tracing systems, especially where delivery, derivation cost, and resilience to partial symbol loss are critical deployment factors.