An apparatus for suspended scaffolding, comprising a Z-shaped anchoring plate comprised of a first horizontally protruding element, a second opposable protruding element, and said elements continuously coupled to each other via a vertical middle element, wherein the Z-shaped plate is configured to securely cover at least portions of a top wall, inner wall of a parapet, and a roof; at least one threaded rod with torqued nut anchored through at least one of the vertical element and/or the first element of the anchoring plate and through at least one of the top wall, inner wall, and/or outer wall of the parapet; an L-shaped receiver plate secured over at least a portion of the top wall and outer wall of the parapet and rod-nut anchored to the anchoring plate, wherein the receiver plate is configured to secure a suspended scaffold for a user to engage a façade of a structure in any direction; and a counterweight securely rested on a top surface of the second element in order to counter the weight of the suspended scaffold.

A suspension system for supporting an operator from a parapet of a building has first and second support assemblies adapted to engage the parapet, a first support line extending from the first support assembly to the first operator, and a second support line extending from the second support assembly to the first operator. At least one of the first and second support assemblies engages the parapet to support the operator relative to building. To allow the operator to move relative to the building, the weight of the operator is supported by one of the first and second support assemblies while the other of the first and second support assemblies is moved.

A system and method are provided for employing man-portable unitary platform system segments, particularly as components of integrated castle defense systems. A lightweight modular and mobile system of integrated platform segments is provided to facilitate users integrating flexible platform configurations secured to existing wall structures to support myriad user tasks. Individual platform system segments can be autonomously employed, or can be linked together after being quickly attached to a wall, a structure, or another supporting surface by two users in minimal time. In law enforcement, security, military and/or paramilitary employment scenarios, individual platform system segments are emplaced, and linked together, to provide a unitary defensible position in a matter of minutes. An overall platform structure of a plurality of individual man-portable platform system segments provides operational and employment flexibility that was previously unattainable to bolster or boost defenses of a particular position against increasing, and increasingly agile, threats.

An adjustable scaffolding that may adjust to the curvature of a structure. The adjustable scaffolding may comprise a main member, pegs, wing platforms, and rails. A method of use may be employed in which the main member is attached to a structure. The pegs may be secured to the main member in any desired orientation to adjust to the curvature of a structure. Wing platforms may be placed over the pegs, allowing a user to walk along the wing platform. Railing is placed within the pegs, allowing the pegs and the railing to secure the wing platform to the main member.

An apparatus for suspended scaffolding, comprising a Z-shaped anchoring plate comprised of a first horizontally protruding element, a second opposable protruding element, and said elements continuously coupled to each other via a vertical middle element, wherein the Z-shaped plate is configured to securely cover at least portions of a top wall, inner wall of a parapet, and a roof; at least one threaded rod with torqued nut anchored through at least one of the vertical element and/or the first element of the anchoring plate and through at least one of the top wall, inner wall, and/or outer wall of the parapet; an L-shaped receiver plate secured over at least a portion of the top wall and outer wall of the parapet and rod-nut anchored to the anchoring plate, wherein the receiver plate is configured to secure a suspended scaffold for a user to engage a faade of a structure in any direction; and a counterweight securely rested on a top surface of the second element in order to counter the weight of the suspended scaffold.

A Z-shaped anchoring apparatus for suspended scaffolding, the apparatus comprising: a Z-shaped anchoring plate comprising a first horizontally protruding element, a second opposable protruding element, and a vertical middle element continuously coupling the first and second elements; at least one aperture traversing the first element and configured to slidably receive a cable to serve as a tie-back distally situated from a suspended scaffold hanging from a proximal end; and a counterweight disposed on a top surface of the second element to counterbalance the weight of the suspended scaffold.

A scaffolding support for forming a scaffold arrangement is described. The scaffolding support includes a first beam and a second beam. The second beam is angled with respect to the first beam. The scaffolding support further includes a frame holder for coupling with a frame member and a plank holder for coupling with a scaffolding plank. A corresponding scaffold arrangement is also provided.