A counter-balance apparatus and method, including configurable weights, suspensions, and supports, upon which an external force can be exerted, and as a result, will react as a counter-balance to said external force as a means to provide force resistance and stability; wherein the construct may be encapsulated, varied in materials, size, and substance, enabling said counter-balance with a predictable and known effect to be produced at scale, readily installed, moved, or manipulated, to address a plethora of stabilization applications, and which further comprises fastener(s) and/or band(s) to secure it to immobile, mobile, or in-motion objects, and computational and communications capabilities to dynamically adjust to external factors.