Interestingly some of my favourites, the intergenerics, will no longer be intergenerics and some plain crosses will become intergenerics !

It will take many years for the new groupings to be adopted.
Past naming corrections are still not adopted after many decades in some collections !
To keep references precise, it is always wise to check for past, alternate, and corrected names of any new plants you get by checking on http://bromeliad.nl/taxonList.php, the 'Taxon List', and following the name through all it's changes.
Some species have been swapped around between Tillandsia, Vriesea, etc, some have new genera groups.
Here is a table of some of the latest Tillandsioideae DNA re-groupings, as supplied by Derek Butcher 01/02/17, from Barfuss."

Note: see end of this page for generic definition of the new genus Goudaea, Bt W.Till & Barfuss.

BCR Cultivars: genus changes generated via Tillandsioideae DNA Studies, Barfuss et al Paper 2016. Published in Phytotaxa 279 (1), October, 2016.
Cultivars compiled by Geoff Lawn, BSI Cultivar Registrar, March 2017

Genera Changes: Species: Orthophytum / Sincoraea March 2017.
Reference: BSI Journal Vol.66(1) pp.6-19 (Jan-March, 2016). Re-establishment of Sincoraea (Bromeliaceae). R Louzada & M Wanderley.

From Geoff Lawn ... "Only these 11 Orthophytum species are reclassified as Sincoraea species--all are "sunburst" types with sessile inflorescences (no stem or peduncle), in contrast to the "pendunculate" (visible flower stem.) of other species in the genus Orthophytum.
A key to Sincoraea species is presented in the BSI Journal, botanical descriptions of all 11 species and their synonyms. Because a number of sunburst types have been discovered and described in the last 20 years or more, botanists have gotten a better idea of how best to classify the various clades of 57 species of Orthophytum + 11 Sincoraea species.

Herb Plever has written a good summary of the logic behind these changes in the March 2017 issue of 'BROMELIANA' published by the New York Bromeliad Society.
Click this LINK for a copy of the article, including identification Key.

Genera Changes: Cultivars & new bigenerics: Orthophytum / Sincoraea. Compiled by Geoff Lawn, BSI Cultivar Registrar, March 2017.

Hylaeaicum eleutheropetalum (Ule) Leme & Forzza
Hylaeaicum eleutheropetalum var. bicolor (L.B. Sm.) Leme & Forzza
Hylaeaicum eleutheropetalum var. eleutheropetalum
- Aregelia eleutheropetala (Ule) Mez ex L.B.Sm. => Hylaeaicum eleutheropetalum var. eleutheropetalum
- Neoregelia eleutheropetala (Ule) L.B.Sm. => Hylaeaicum eleutheropetalum
- Neoregelia eleutheropetala var. bicolor L.B.Sm. => Hylaeaicum eleutheropetalum var. bicolor
- Neoregelia eleutheropetala var. eleutheropetala => Hylaeaicum eleutheropetalum var. eleutheropetalum
- Nidularium eleutheropetalum Ule => Hylaeaicum eleutheropetalum
Hylaeaicum levianum (L.B.Sm.) Leme & Forzza
Hylaeaicum margaretae (L.B. Sm.) Leme & Forzza
Hylaeaicum meeanum (Reitz) Leme & Forzza
- Nidularium meeanum Leme
Hylaeaicum mooreanum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum myrmecophilum (Ule) Leme & Forzza
- Aregelia myrmecophila (Ule) Mez => Hylaeaicum myrmecophilum
- Neoregelia myrmecophila (Ule) L.B.Sm. => Hylaeaicum myrmecophilum
- Nidularium myrmecophilum Ule => Hylaeaicum myrmecophilum
- Nidularium myrmecophilum forma angustifolia Ule => Hylaeaicum myrmecophilum
- Nidularium myrmecophilum forma latifolia Ule => Hylaeaicum myrmecophilum
Hylaeaicum pendulum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum pendulum var. brevifolium (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum pendulum var. pendulum
- Neoregelia pendula => Hylaeaicum pendulum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
- Neoregelia pendula => Hylaeaicum pendulum var. brevifolium (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
- Neoregelia pendula => Hylaeaicum pendulum var. pendulum
Hylaeaicum peruvianum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum roseum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum stoloniferum (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
Hylaeaicum tarapotoense (Rauh) Leme, Zizka & Aguirre-Santoro
Hylaeaicum wurdackii (L.B. Sm.) Leme, Zizka & Aguirre-Santoro
- Neoregelia wurdackii L.B.Sm. => Hylaeaicum wurdackii

Cryptanthoid changes due to Leme et al in Phytotaxa 318(1): 001-088. 2017, by D.Butcher Aug 2017.
There are 3 new genera – Forzzaea, Hoplocryptanthus and Rokautskyia.

Note 1. Lapanthus vidaliorum has also been moved to Hoplocryptanthus
Note 2. this oportunity has been taken to correct the latin spelling and grammar of some species.

Cipuropsis species, as recorded in BSI Journal April-June 2016, E.J.Gouda article.

1.Rosettes irregular in general outline or sickle shaped => 2
1.Rosettes spherical in general outline => 6

2.Inflorescence compound => Viridantha boqueronensis
2.Inflorescence simple => 3

3.Rosettes sickle shaped, leaves curved => 4
3.Rosettes irregular, leaves scaled => 5

4.Plants usually greater than 5.1 cm high; peduncle more than 2.1 cm long => Viridantha curvifolia
4. Plants usually less than 5 cm high; peduncle less than 2.1 cm long. => Viridantha penascoensis

5. Peduncle more than 4.l cm long and less than 2mm diam => Viridantha tortilis
5. Peduncle less than 4 cm ong and more than 4 mm diam => Viridantha lepidosepala

6. Peduncle more than 4.1 cm long. => 7
6.Peduncle less than 4 cm long. => 9

7. Inflorescence with a single spike, more than 3.1 cm long, applanate to cylindrical, rarely with 2 shorter lateral spikes and adpressed to the principal => Viridantha ignesiae
7. Inflorescence with 2 or more spikes, less than 3 cm long applanate => 8

8. Width of leaf at base larger than 2.1 mm; floral bracts triangular to ovate, carinate for entire length abaxially => Viridantha plumosa
8. Width of leaf at base less than 2 mm; floral bracts elliptic-oblong, carinate only from centre to tip abaxially => Viridantha caballosensis

9. Leaf blade more than 7.1 mm wide; anthers generally black => Viridantha mauryana
9. Leaf blade less than 7 mm wide; anthers green to browner => 10

10. Plant short caulescent; floral bracts elliptic => Viridantha yagulensis
10. Plant acaulis; floral bracts ovate to amply ovate, lanceolate or triangular => 11

11. Spike more than 3.1 cm long and more than 1 cm wide => 12
11. Spike less than 3 cm long and less than 1 cm wide => 13

12. Leaf sheath amply ovate to oblong, blade more than 4 mm wide, sepals less than 1.6 cm => Viridantha rzedowskiana
12. Leaf sheath closely oblong, blade less than 4 mm wide; larger of the sepals to 1.5 cm => Viridantha grandispica

13. Leaf blade more than 4 mm wide; spikes generally less than 3; floral bracts less than 1.5 cm long => Viridantha teloloapanensis
13. Leaf blade less than 4 mm wide; spikes generally more than 3; floral bracts more than 1.5 cm long => Viridantha atroviridipetala

These days the trend seems to be to create new genera rather than trying to solve the problem at sub-genus level. This in turn creates problems with naming of man-made hybrids. In this case a quick check of the Bromeliad Cultivar Register has revealed that none of the 7 taxa have been reported. All named have impressive inflorescences but are large plants and take many years to flower which may be the cause of reluctance to hybridise.

Karawata multiflora by Oscar Ribeiro

Eric Gouda is of the same opinion as me and this is reflected in detail given in The New Bromeliad Taxon list http://bromeliad.nl/taxonList.php

It may be of interest to note that Viridantha is treated at generic level by the Mexicans but is shown at subgenus level in The New Bromeliad Taxon list in line with Barfuss et al (2016)
Because Hechtia tillandsioides has already been involved in a hybrid mentioned in the BCR such a move will save a new nothogenus being coined.
Taxa involved are
Bakerantha caerulea
" " lundelliorum
" " purpusii
" " tillandsioides
Mesoamerantha guatemalensis
" " dichroantha
" " malvernii

While I believe the better solution is by using subgenera we wait for further publications which prove that genera status is the only option.